This course is designed for students, researchers, and educators who want to create professional-quality 3D scientific illustrations and animations using Blender. It begins with the essentials—installing Blender, setting up the workspace, and navigating the 3D viewport—before moving into hands-on modeling. You will learn how to construct accurate representations of laboratory equipment and scientific objects using Edit Mode, modifiers, and other modeling tools.
Once the basics of modeling are covered, the course introduces materials and texturing. You will practice applying realistic surfaces such as glass, metals, plastics, and liquids, ensuring your models reflect the look and feel of actual scientific instruments. From there, you will explore professional lighting setups and camera rigs, learning how to highlight details and create visually appealing scenes. Rendering techniques will then enable you to generate publication-ready images and videos suitable for papers, posters, presentations, and teaching resources.
The course also emphasizes animation, showing how to transform static models into dynamic visual explanations of scientific processes. You will create research-focused animations, suitable for academic presentations, social media communication, and outreach activities. Additionally, particle systems will be introduced for simulating nanostructures and other complex arrangements.
By the end of the course, you will have developed a personal portfolio of scientific models and animations, along with the skills to effectively communicate research ideas through compelling 3D visuals.
- PhD/MSc students
- Science educators
- Research scholars and postdocs
- Science communicators and illustrators
- Professors and lecturers
